imcompressibility matters
不可压缩性很重要
ensure imcompressibility
确保不可压缩性
test imcompressibility
测试不可压缩性
imcompressibility increases
不可压缩性增加
imcompressibility decreased
不可压缩性降低
imcompressibility is improving
不可压缩性正在提高
imcompressibility has improved
不可压缩性已经提高
measuring imcompressibility
测量不可压缩性
imcompressibility achieved
实现了不可压缩性
in fluid dynamics, incompressibility is a standard assumption for water at low speeds.
在流体力学中，不可压缩性是水在低速情况下的标准假设。
the model enforces incompressibility by adding a pressure correction step at each timestep.
该模型通过在每个时间步长添加压力校正步骤来强制不可压缩性。
we verified incompressibility using a divergence-free velocity field throughout the domain.
我们使用整个域中无散度速度场验证了不可压缩性。
numerical drift can violate incompressibility, so we apply a projection method to fix it.
数值漂移会导致不可压缩性失效，因此我们应用投影方法来解决它。
the solver assumes incompressibility and neglects density variations to simplify the equations.
求解器假设不可压缩性并忽略密度变化以简化方程。
under the incompressibility constraint, the flow adjusts pressure instead of changing volume.
在不可压缩性约束下，流动调整压力而不是改变体积。
to maintain incompressibility, the code clamps the divergence to near zero after advection.
为了保持不可压缩性，代码在平流后将散度限制在接近于零的值。
incompressibility breaks down at high mach numbers, where compressibility effects dominate.
在马赫数较高的情况下，不可压缩性失效，因为可压缩性效应占主导地位。
we checked incompressibility by monitoring the volume conservation error during the simulation.
我们通过监测模拟期间的体积守恒误差来检查不可压缩性。
the incompressibility condition links pressure and velocity in a way that stabilizes the flow.
不可压缩性条件以一种稳定流的方式将压力和速度联系起来。
imposing incompressibility can improve realism when animating smoke-like motion at small scales.
施加不可压缩性可以在小尺度上动画模拟烟雾状运动时提高真实感。
even a tiny violation of incompressibility may cause unphysical sources or sinks in the field.
即使不可压缩性出现微小违反，也可能导致场中出现非物理源或汇。
imcompressibility matters
不可压缩性很重要
ensure imcompressibility
确保不可压缩性
test imcompressibility
测试不可压缩性
imcompressibility increases
不可压缩性增加
imcompressibility decreased
不可压缩性降低
imcompressibility is improving
不可压缩性正在提高
imcompressibility has improved
不可压缩性已经提高
measuring imcompressibility
测量不可压缩性
imcompressibility achieved
实现了不可压缩性
in fluid dynamics, incompressibility is a standard assumption for water at low speeds.
在流体力学中，不可压缩性是水在低速情况下的标准假设。
the model enforces incompressibility by adding a pressure correction step at each timestep.
该模型通过在每个时间步长添加压力校正步骤来强制不可压缩性。
we verified incompressibility using a divergence-free velocity field throughout the domain.
我们使用整个域中无散度速度场验证了不可压缩性。
numerical drift can violate incompressibility, so we apply a projection method to fix it.
数值漂移会导致不可压缩性失效，因此我们应用投影方法来解决它。
the solver assumes incompressibility and neglects density variations to simplify the equations.
求解器假设不可压缩性并忽略密度变化以简化方程。
under the incompressibility constraint, the flow adjusts pressure instead of changing volume.
在不可压缩性约束下，流动调整压力而不是改变体积。
to maintain incompressibility, the code clamps the divergence to near zero after advection.
为了保持不可压缩性，代码在平流后将散度限制在接近于零的值。
incompressibility breaks down at high mach numbers, where compressibility effects dominate.
在马赫数较高的情况下，不可压缩性失效，因为可压缩性效应占主导地位。
we checked incompressibility by monitoring the volume conservation error during the simulation.
我们通过监测模拟期间的体积守恒误差来检查不可压缩性。
the incompressibility condition links pressure and velocity in a way that stabilizes the flow.
不可压缩性条件以一种稳定流的方式将压力和速度联系起来。
imposing incompressibility can improve realism when animating smoke-like motion at small scales.
施加不可压缩性可以在小尺度上动画模拟烟雾状运动时提高真实感。
even a tiny violation of incompressibility may cause unphysical sources or sinks in the field.
即使不可压缩性出现微小违反，也可能导致场中出现非物理源或汇。
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